183results about How to "Achieve one-handed operation" patented technology

The invention provides a display adjusting method for a display interface, and a mobile terminal, wherein the method is applied to the mobile terminal, the mobile terminal comprises a display screen as well as a first side edge and a second side edge, and sensors are arranged on the first side edge and a second side edge. The display adjusting method comprises: based on sensing signals of the sensors, acquiring contact number information of the first side edge and the second side edge; based on the contact number information, determining which is the side edge for the location of the thumb of a mobile terminal user; detecting a first sliding operation, performed by the mobile terminal user, in a first direction on the side edge for the thumb location; judging whether the first sliding operation meets with a preset condition or not; if the first sliding operation meets with the preset condition, reducing the display interface of the display screen to a reduced interface according to a preset proportion, and displaying the reduced interface close to the side edge for the location of the thumb of the mobile terminal user. The display adjusting method provided by the invention enables one-hand operations of a large-screen smart mobile terminal to be simpler and easier, and the experience fluency for operations of the user is improved.

This invention discloses one touch module key structure and its method for cell phone handle digital codes, wherein, Touch board key structure is imbedded with mechanic keys in touch key to realize dial photon function; the key is realized through spring metal spring; due to the metal slice its dial has key sense. This invention can realize above function operation and determination function based on above hardware metal spring.

Disclosed are a method and a device for achieving terminal control. The method for achieving the terminal control includes: obtaining function key information of an application currently running on a terminal; detecting holding information of the terminal when the terminal is held by one hand, and confirming a moving area of one-hand operation according to the detected holding information; in the confirmed moving area of the one-hand operation, generating virtual keys in one to one correspondence with all function keys according to the obtained function key information; when the generated virtual keys receive screen touch signals, converting the received screen touch signals into operating signals corresponding to the function keys of the application currently running; running functions corresponding to the function keys according to the operating signals obtained through conversion, wherein, the holding information includes: holding positions and left hand holding or right hand holding. The method and the device for achieving the terminal control achieve the one-hand operation of the terminal control and improve usage experience of a user by converting the screen touch signals of the virtual keys into the operating signals of the function keys of the application currently running under the circumstance that an original application layout does not need to be changed.

The invention provides an integrated pulse eddy current sensing infrared thermal imaging detection apparatus and a detection method thereof. The integrated pulse eddy current sensing infrared thermal imaging detection apparatus comprises an electromagnetic induction actuator for generating an alternating magnetic field, an infrared thermal imager and an embedded industrial control plate, wherein one end of the actuator coil of the electromagnetic induction actuator is connected to the embedded industrial control plate, the other end is aligned with the crack defect on a specimen, the infrared thermal imager is connected to the embedded industrial control plate, and the infrared thermal imager collects the infrared image of the specimen and transmits the image to the embedded industrial control plate. According to the present invention, the pulse eddy current sensor is used as the excitation source, and the excitation of the infrared thermal imaging detection and the collection device are integrated, such that the structure design is compact and reasonable, the single-hand operation can be achieved, and the field practicability is strong; the synchronization of the infrared image acquisition and the actuator excitation is achieved by the industrial control tablet PC, such that the operation of the apparatus is simple and convenient; and the infrared detection method provided by the embodiments can achieve the simple and rapid detection of various defects.

The invention discloses a mobile terminal and a control method of the mobile terminal. The mobile terminal comprise a left pressure sensor and a right pressure sensor, wherein the left pressure sensor and the right pressure sensor are arranged on the left side of the mobile terminal and the right side of the mobile terminal respectively and connected with a driver, when the left pressure sensor and / or the right pressure sensor is pressed, a pressing signal is sent to the driver, the driver positions the pressing signal when obtaining the pressing signal and sends the pressing signal to a D / C convertor, the D / C convertor converts the positioned pressing signal into a digital signal and sends the digital signal to a program control module, and the program control module calculates a key value according to the positioned pressing digital signal, and reads a preset key value and function mapping table to generate a control signal and to conduct corresponding functional control. According to the mobile terminal and the control method of the mobile terminal, the mobile terminal without entity keys is obtained, the attractiveness of the appearance of the terminal is increased, the control method of the mobile terminal is simple, the mobile terminal can be basically operated by one hand, the defects of an existing touch screen keyboard are overcome, and user experience is improved.

The invention relates to a transmission electron microscope sample table for observing a three-dimensional atom probe test sample. The transmission electron microscope sample table comprises a sample rod main body, a press part, an automatic reset device and guide rails, wherein the guide rails are connected to one end of the sample rod main body, a groove opening is formed in the end of the sample rod main body, an arc bottom groove is formed in the axial center of the groove opening, a rectangular step is arranged at the groove opening of the bottom groove, a stepped through hole is formed in the tail end of the bottom groove, the press part comprises a press block and an eccentric wheel, the eccentric wheel is used for pressing the press block, an arc groove body is formed in the press block, is symmetric to the bottom groove of the sample rod main body and has the same shape as the bottom groove, a guide boss of the press block is arranged in the stepped through hole, the automatic reset device is a spring, and the guide boss passes through the spring. The transmission electron microscope sample table is simple in structure and is convenient to process and maintain, large-angle rotation in an inclination way can be achieved, the three-dimensional atom probe test sample can be directly loaded, the transmission electron microscope sample table can be used as a three-dimensional reconstruction sample rod of a transmission electron microscope, and the acquired transmission electron microscope image can be used for directly correcting a data reconstruction result of a three-dimensional atom probe.

The invention provides a method for regulating an icon position. The method comprises the following steps of: detecting the sliding trajectory of a user on the display interface of a mobile terminal; on the basis of the trajectory parameter of the sliding trajectory, determining an icon position regulation way, wherein the trajectory parameter comprise a sliding direction or a sliding distance; and on the basis of the regulation way, regulating the icon position in the display interface. Through the method for regulating the icon position, and the mobile terminal provided by the invention, when a large-screen mobile terminal is used, icons on the large screen can be subjected to a single-hand operation, and therefore, the use experience of users can be enhanced.

An embodiment of the invention discloses a screen control method, which is applied to a terminal. The method comprises the steps of displaying an indication cursor on a screen according to information of a fingerprint when the fingerprint of a user is identified in a preset region; and obtaining a movement of the fingerprint of the user in the preset region, and controlling the indication cursor on the screen to move. Furthermore, an embodiment of the invention discloses the terminal.

The invention discloses a full-screen single-hand operation method and apparatus, and belongs to the technical field of computers. The full-screen single-hand operation method comprises the steps of displaying a cursor indication element on a screen of an intelligent device after a single-hand operation mode is activated; moving the cursor indication element according to a sliding track generated when a user performs sliding on the screen of the intelligent device; and when the cursor indication element is moved into a triggering region which allows operation of making a response to triggering operation and a triggering event triggered for the screen by the user is received, prohibiting operation of making a response to the triggering event, and making a response to the triggering operation performed in the triggering region. The cursor indication element can be moved in the full-screen range through single-hand operation in a small range after the single-hand operation mode is activated, and the triggering region of the position of the cursor indication element is triggered, so that the problem that the user difficultly performs full-screen single-hand operation on a large-screen intelligent device is solved; and therefore, the effect of performing the full-screen single-hand operation without zooming out full-screen display contents is achieved.

The present invention discloses a method and a device for operating a touch screen of a large-screen intelligent terminal. The method comprises: when a touch operation on a touch screen of an intelligent terminal is detected, determining whether the touch operation is a picture scroll operation; and if yes, scrolling a current picture on the touch screen to a position corresponding to the picture scroll operation. The technical solution of the present invention makes the current picture on the touch screen of the intelligent terminal be capable of rolling to a designated position, so that in a single-hand operation scenario, scrolling the screen, icons or functional items in distance are pulled to a position capable of being controlled by a single hand, thereby realizing a single-hand operation and preventing occurrence of situations such as dropping of mobile phones.

The embodiment of the invention provides a multimedia adjusting method and device and a mobile device. The multimedia adjusting method comprises the steps that under a state that the mobile device plays multimedia, the operation information of a user in an edge touch region of a side frame of the mobile device is detected; a multimedia adjusting instruction corresponding to the detected operation information is analyzed according to the corresponding relation between preset operation information and the multimedia adjusting instruction; the multimedia is adjusted according to the analyzed multimedia adjusting instruction so that the user can finish the adjusting operation with the hand holding the mobile device. One-handed operation is achieved, convenience and quickness are achieved, a screen is prevented from being shielded, a good watching effect is guaranteed, the use experience is improved for the user, and the user satisfaction degree is improved. By means of the technical scheme, the problems that in the prior art, when the multimedia is adjusted through the screen of the mobile device, operation is not convenient, and the screen is shielded can be solved.

The invention relates to a method and device for displaying an operation interface and equipment. The display method includes the steps that a display operation order is collected, wherein the display operation order comprises a touch track of a user on a source operation interface; according to the touch track in the display operation order, the source operation interface is displayed in a transverse-movement mode. The touch track of the user on a touch screen is detected, and the operation interface is transversely moved according to the touch track so that a remote control can be clicked with one hand to complete operation, one-hand operation of a large screen is achieved, and user experiences are improved.

The invention discloses a mobile terminal and a one-handed operation method thereof. The mobile terminal comprises a key forming module for forming a key on a main page, a shortcut page forming module connected with the key forming module and used for responding to a key clock operation to form a suspension window displaying a shortcut icon, and a control module connected with the shortcut page forming module and used for responding to the shortcut icon clicking operation so as to start an application program corresponding to the shortcut icon, wherein the shortcut icon corresponds to the application program on the main page, and the size of the suspension window is smaller than that of the main page. The mobile terminal can be operated by one hand conveniently.

The invention relates to a quantitative taking-out can, which comprises a can body (1). A material outlet (2) is formed on the can body (1). A quantitative discharging device which is used for quantitatively discharging flowing materials in the can body (1) is installed on the can body (1) at the position of the material outlet (2). The quantitative discharging device comprises a pressing mechanism which can form linear motion through pressing, an intermediate transformation mechanism which can transform the linear motion formed by the pressing mechanism into rotating motion, and a rotating motion output mechanism which synchronously rotates with the intermediate transformation mechanism. The quantitative taking-out can has the advantages that the flowing materials can be quantitatively discharged, the operation is simple and convenient to conduct and a spoon is not required.

The invention discloses a one-hand operation method and device. The method comprises: determining a rotating operation for a spherical operation interface displayed on a screen, wherein the sphericaloperation interface is used for displaying a software interface of installed software; rotating the spherical operation interface according to rotation data corresponding to the rotating operation soas to operate the installed software. The software interface is displayed by means of the spherical operation interface herein, and an area to be operated by a user in the software interface is movedto a one-hand operation position based on the rotation characteristic of spheres so as to perform one-hand operation; compared with the prior art where a scheme of narrowed screen display area is adopted, the one-hand operation method and device allow one-hand operation for a user, ensure attractiveness of a screen display area and provide improved one-hand operation convenience.

A plug with an unplugging assisting function comprises a plug body and conductive terminals. A button assembly, two transmission parts and a pushing portion are arranged on the plug body. The button assembly comprises two buttons and a spring, the buttons are symmetrically arranged on two sides of the plug body, the spring is arranged between the upper ends of the two buttons, and the lower end of each button is of sectorial gear structures. Each transmission part is a transmission gear set comprising a gearwheel and a pinion transmitting coaxially, the two transmission parts are respectively correspondingly arranged at the lower ends of the two buttons and are respectively mounted on the plug body through a positioning shaft, sectorial gear structures of the lower ends of the buttons are meshed with the pinions of the corresponding transmission gear sets. The pushing portion is mounted on the outer side of the front end of the plug body and forms a sliding matching relation with the plug body through the outer side and the inner side as well as a guide groove and a guide rack, the inner wall of the pushing portion is provided with a rack structure which is longitudinally disposed and is meshed with the gearwheel of the transmission gear set at the corresponding position, the pushing portion is driven to move back and forth along the plug body by rotation of the gearwheel, the front end of the pushing portion contacts with the surface of a socket. The plug with the unplugging assisting function has the advantages of convenience, quickness, labor saving and safety in unplugging.

The invention discloses a screwdriver capable of clamping screws made of any material. The screwdriver comprises a screwdriver body and a sleeve clamp. The sleeve clamp comprises two symmetric clamping pieces. The front ends of the clamping pieces are in an opening shape. Bent clamping heads are arranged at the front ends of the clamping pieces and provided with arc openings. Guiding holes are formed in the bending positions of the opening shapes of the clamping pieces. The screwdriver body is provided with pressing nails corresponding to the guiding holes. A handle is arranged at the tail ends of the clamping pieces. The two clamping pieces are connected through at least one pair of connecting plates. The screwdriver is simple and durable in structure, due to the fact that the handle is arranged on the holder side of the screwdriver, a screwdriver holder can be held by the palm during operation, the handle is operated by fingers, and one-hand operation is achieved; and the work efficiency is effectively improved, and the labor intensity is lowered.

The invention relates to the technical field of intelligent electronic equipment, in particular to AR glasses. The AR glasses comprise a display module; an adjusting mechanism; a spectacle frame, wherein the display module and the adjusting mechanism are arranged on the spectacle frame; the adjusting mechanism is arranged to be capable of adjusting the image of the display module to be within a set visual field range. The AR glasses provided by the invention can meet the imaging effect of people with different head circumferences and pupil distances when the people wear the AR glasses.

The invention discloses a mobile terminal and an operation method thereof. The operation method of the mobile terminal includes forming a key on a home page; responding to a click operation of the key to form a floating window with displayed numbers, wherein the numbers correspond to application programs on the home page; recognizing user voice content; confirming the number consistent with the user voice content and starting the application program corresponding to the number. By the mobile terminal and the operation method thereof, operation is facilitated.

The invention provides an operation control method and system for an intelligent wearable apparatus. The method comprises the steps of detecting and acquiring the lifting information or downward pressing information of a wrist relative to a forearm, the lifting information or downward pressing information including lifting or downward pressing and the duration of the lifting or downward pressing; obtaining commands corresponding to the lifting information or downward pressing information, and executing the commands. Input of control signals is realized by detecting the movement of the wrist, so that single-hand operation of an intelligent wearable apparatus is realized. The method is simple and feasible and makes the operation of users more convenient.

The invention discloses an outer handle mechanism of an upward-downward opening type emergency exit. A handle shaft is hinged to an outer handle main structure member; a driving crank is fixedly connected to the handle shaft; a crank locking hook is hinged to the outer handle main structure member; the driving crank interacts with the crank locking hook; one end of a connecting rod is connected with the crank locking hook, and the other end of the connecting rod is connected with one end of a crank, the crank is hinged to the outer handle main structure member, and the other end of the crank is connected with the inner side of a secondary turnover plate through an inserting lug connecting rod; the secondary turnover plate is hinged to a primary turnover plate, the primary turnover plate and the secondary turnover plate are kept in relative fixed positions in the hinged position through two torsional springs I; the secondary turnover plate is connected with the outer handle main structure member through two extension springs; and the primary turnover plate is hinged to the outer handle main structure member, and a relative fixed position relation between the primary turnover plate and the outer handle main structure member is kept in the hinged position through two torsional springs II. The problems that in the prior art, the mechanism complexity is high, the weight is high, the functions are incomplete, and the reliability is relatively low are solved.

The invention discloses a method for operating a large screen moving device through a gyro. The method comprises the steps of 1) displaying a cursor and a virtual touch panel on a moving device screen; 2) defining an initial coordinate of the cursor; 3) mapping the displacement of the gyro to reach the cursor moving distance, wherein the coordinate of the cursor changes as the gyro position changes; 4) clicking the touch panel when the cursor moves to reach the preset position along with the gyro so as to obtain the current coordinate of the cursor, transmitting an event message with cursor coordinate bounded to the system, and then performing the event of the corresponding cursor coordinate point by the system. The method for operating the large screen moving device through the gyro, the cursor and the virtual touch panel are displayed through the screen, the position of a cursor is changed through the gyro of the moving device, and thus the effect of dynamically operating a phone is achieved. With the adoption of the method, one-hand operation of the large-screen moving device can be achieved, the large screen moving device can be simply and conveniently operated, and therefore, the operation experience of the large screen moving device can be greatly increased.

The invention discloses a method and a device for downloading a video. Through setting a downloading duration, determining a downloading reference moment t and a backtracking Tback duration, sending a video clip file to the server and downloading the video clip file, a video target can be quickly positioned. The invention also provides a downloading device for realizing the method. The device comprises a configuration module, a command generation module, a video playlist parsing module, a downloading module and a local video playlist generation module. According to the method, the videos before and after a period of time of the current moment for a user to see the key information are automatically downloaded, and the convenience and the integrity for downloading are guaranteed; the interactive mode of the method is simple and convenient; the method is applied to touch or mouse operating modes of a mobile phone end, a panel end, a PC (Personnel Computer) end and a webpage end, and the conventional complicated downloading method is not needed. The repetition interval can be automatically removed for the downloading operation at the repetition interval, the traffic resource is saved and the waste of the storage resource is reduced.

The invention discloses an automatic magnetic buckle, which comprises a buckle main body; a buckle base, a buckle head, magnetic suction components and a buckle component are arranged at the buckle main body; the buckle base is provided with an annular buckling groove, and the buckle component is buckled and connected with the annular buckling groove; magnetic suction components are arranged in the buckle base and the buckle head, and the buckle component is arranged in the buckle head. The invention further discloses an automatic buckling method. The invention relates to the technical field of the magnetic suction components; through mutual absorption of the magnetic suction components, the buckle base and the buckle head can be connected automatically and rapidly; besides, the buckling time is saved through the rapid buckling of the buckling component; the buckling at different angles can be realized through the magnetic suction components of the annular structure, and the annular magnetic suction components have oblique faces and matched with the oblique faces of arrow-shaped structure hanging hooks, thus the buckle head is automatically slipped to buckle under the effect of the magnetic force, and the buckling is convenient; the hanging hook opening and closing are controlled through a reset spring, and it is convenient to control by users through a tripping structure.

The invention discloses high-precision welding equipment for new-energy vehicle power battery accessories. The equipment comprises a fixed block, an angle adjusting assembly, a positioning assembly, amonitoring assembly and a welding device, the fixed block is provided with a buckle assembly, the welding device is provided with a connecting block, the connecting block is provided with an annularbuckling groove, the buckle assembly and the annular buckling groove are in buckled connection, and a micro adjustment assembly is arranged between the fixed block and the angle adjusting assembly. The buckle assembly is arranged to achieve rapid mounting buckling, in combination with a buckle releasing structure, rapid buckling and separating of the welding device can be achieved, operation stepsare omitted, and the time is saved; the angle adjusting assembly is arranged to achieve different welding angles, through scales, the adjusting angles are observed, through the monitoring assembly, temperature monitoring is carried out, through the positioning assembly, the welding position is ensured, product collision is prevented, welding quality is improved, and the device can be flexibly adaptable to welding of multiple new-energy vehicle power battery accessories of different specifications.